Hollow Article Cleaning TRIZ Cases

A T-shaped foam swab cleans firearm star chambers via rotation, eliminating fiber residue from traditional cotton swabs.

Hot water injection liquefies pipe contaminants while chemical agents kill bacteria, reducing cleaning time by half compared to cold rinsing.

Segmented gas and fluid chambers with periodic compression eliminate bulky hoses while maintaining effective fluid dispersal capability.

Pulsed voltage electrodes generate plasma jets to clear debris from aircraft apertures, reducing maintenance time and ensuring accurate Pitot tube measurements.

A circulation line connects heating and cooling units to supply aseptic water directly to the filler.

Segmented shell-and-tube design maintains tank fluid during maintenance, reducing downtime and clogging risks.

A spline cleaning device removes surface contaminants from gas turbine engine components using a scraper with protrusions.

A motorized filter cartridge cleaning system uses a rotating cage to mechanically remove solids from pleated media surfaces.

An adjustable collection system uses telescopic arms to position a separator near non-standard exhausts, containing hazardous waste water.

A ball circulation pump skid separates cleaning balls via a manifold capsule, preventing pump damage and reducing power consumption.

Solid blocking elements on a ball trap screen redirect cleaning balls into the collection chamber, resolving congregation issues in T-type heat exchangers.

A sprinkler sprays liquid onto a nano-particle coated conduit surface to remove film deposition from exhaust systems.

A rigid spindle directs high pressure fluid through spaced dispensers to clean surfaces.

Stationary nozzle directs rinse liquid radially onto a rotating spin chuck cover to dissolve polymer residues.

Recirculating conveying air minimizes energy consumption and dust emissions in pneumatic waste systems.

Directs cleaning agents against internal walls of assembled turbine components to remove mineral dust and CMAS without disassembly.

Fluid pressure expands the nozzle boot to crack and remove adhered concrete, preventing clogs that reduce dispensing efficiency.

A solvent mixture cleans fast-setting material spray guns using a specific blend of dimethyl sulfoxide, dibasic ester, and water.

An integrated cleaning system combines wet washing with vacuum drying in a single chamber to eliminate moving parts.

Pressurized air accelerates CO2 blasting agents to remove lubricant residues from steel tubes, preventing rattling during drawing.

A rinsing nozzle guide captures abrasion particles between the media outlet and suction device.

Gravity-assisted rotation accelerates particles away from patterned photoresist layers, reducing mask defects and improving semiconductor device yields.

A pipe cleaning tool uses rotatable support bodies to roll against the internal jacket surface and break up deposits.

Radially moveable scraper blade arms maintain engagement with heat exchanger tube walls to remove hard deposits that reduce thermal efficiency.

Dual rotatable transport carriers enable direct preform transfer between sterilization units, reducing installation space while maintaining thoroughness.

A cleaning reamer uses a pilot section matching the valve stem diameter to ensure precise alignment during engine maintenance.

Rotating cleaning jigs with spattering guide grooves ensure uniform cup cleaning at various heights.

Radially inward teeth on a polymeric collar shred prescription bottle labels via manual rotation, preventing medical identity theft from discarded containers.

Portable resonance induction cleaning apparatus generates pressurized liquid pulses to form a standing column for fouling removal.

Adjusting pulse timing by cavity dimensions boosts shock wave generation and cleaning efficacy.

A chip-removing apparatus discharges metal debris from pipe interiors using pressure differential suction, eliminating labor-intensive multi-step extraction.

Integrated valve circuit in a liquid extraction coupling element manages fluid passage and detergent supply.

An auxiliary nozzle directs a cleaning jet orthogonally onto the head surface to enhance self-cleaning.

A pump injects cleaning fluid into an EGR cooler using exhaust pressure while the engine runs.

A rinse basin blower system cleans pipettes using high-speed air flow through a hollow tube, eliminating residual reagent carryover.

Composite casing anchors studs to navigate serpentine paths and prevent displacement.

Rotating nozzles spray fluid into container interiors via a foot valve, eliminating manual scrubbing and reducing system complexity.

Nozzles supply dry gas to form an air curtain that prevents moisture reactions with plasma etching particles.

A deposition chamber cleaning system uses reactive gases to remove metal chalcogenide deposits from internal walls and shields.

Segmented fluid sequencing displaces active hydrocarbon fluids without high flow rates, preventing hydrate formation while reducing facility energy consumption.

A cleaning apparatus regulates hot water temperature for chemical dilution.

Movable switching body redirects fluid flow to routing body connections, eliminating time loss from assembling separate valves and hose pieces.

A treatment head uses a flow twister to generate spiral fluid flow around the valve arrangement.

A movable heating bell lifts away from the mold basket to enable easy loading and unloading.

Flexible sleeves in the flow connection decouple liquid lines from vibrations, ensuring precise weight measurement for crop protection transfers.

A rinsing liquid flows through a polishing pad through-hole to clean the optical sensor head and drain line.

Stabilizing legs center the rotating reamer head to prevent wall damage during mechanical cleaning operations.

Segmented gear cartridges reduce downtime by enabling quick replacement of worn components in high-pressure cleaning apparatuses.